For a steady flow of charge through a surface, the current I in amperes can be calculated with the following equation:I = Q/t
where Q is the electric charge transferred through the surface over some time t. If Q and t are measured in coulombs and seconds respectively, I is in amperes.
Thus:
I = 0.24 coulombs / 15 msec
I = 0.24 coulombs / 15 * 10^-3 sec
I = 16 amps
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The specifications tell the engineer that designs the item what it must do.
We can perform stability test on restricted earth fault by following these steps :- 1 - choose one phase of primary windings like phase R and make short circuit connection between phase R before CT ,and N after CT . 2 - Prepare primary injection current equipment and connect it's first cable on phase R after CT , and its second cable at any earthed conductor near Neutral . 3 - start injection current up to 100 AMP , if the relay isn't trip , this mean the system is stable ,Also if the relay operate which mean there is a fault in connections which must be modified . with best wishes ... Eng Ahmed Abdel men3m .
The rules relating to the award of a degree of engineering at Nagpur University include those that the student must have to receive a degree. The student must have passed English, Modern Indian Language, Mathematics and Statistics, Physics, and chemistry.
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Divide the coulombs by the amperes. The answer will be in seconds. The resistance is irrelevant in this problem.
Yes. The property must be transferred by the owner to the trustee of the trust.Yes. The property must be transferred by the owner to the trustee of the trust.Yes. The property must be transferred by the owner to the trustee of the trust.Yes. The property must be transferred by the owner to the trustee of the trust.
Current must always be expressed in amperes (A), which is the standard unit of measurement in the International System of Units (SI). It quantifies the flow of electric charge in a circuit, indicating how many coulombs pass a point in one second. Other units, such as milliamperes (mA) or microamperes (µA), are often used for convenience in specific contexts, but they are all based on the ampere.
Every trust is different. You must review the particular trust to see if the property can be transferred to the trustee.Every trust is different. You must review the particular trust to see if the property can be transferred to the trustee.Every trust is different. You must review the particular trust to see if the property can be transferred to the trustee.Every trust is different. You must review the particular trust to see if the property can be transferred to the trustee.
energy
The formula for current is I = Q/t [A = C/s]. In words, current in amps is equal to charge in coulombs divided by time in seconds.In order to answer this question, you must first calculate the number of coulombs in the specified number of electrons.Q = (# of electrons) * (elementary charge) = 6.24x1018 * 1.602x10-19 = 0.999648 CThen substitute this value into the first equation using the given time:I = Q/t = 0.99648C / 1s = 0.999648 AIf one were to round to the nearest thousandth, this value would become approximately 1 Amp.Be aware that current moves in the opposite direction that electrons move, even though the rate is the same.
the liquid or gas must circulate to move the heat.
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all risk must be migrated and transferred